3. Now let's figure out the order of the rate law. To review, here are the equations for the three rate laws:Zeroth Order:At = Ao + ktFirst Order:At = Age-ktSecond Order:+ ktAtAoUsing the last column in the data table above, try to linearize the data according to the rate laws above and figure out which is thebest fit.Zeroth OrderFirst OrderSecond Order TimeTransmittancAbsorbance...(crystal %%(crysta %%(crysta1100210990.004320600.222430680.168..540750.125650790.102760830.081..8.70880.056980920.0361090940.02711100950.022Absorbance vs Time0.20.150.10.050-20406080100Time (s)Absorbance (%)I

Absorbance of a solution is directly proportional to its concentration. So, we can relate absorbance…

Now let's figure out the order of the rate law. To review, here are the equations for the three rate laws: Zeroth Order: A = Ao + kt First Order: Age-kt Second Order: + kt %3D A0 Using the last column in the data table above, try to linearize the data according to the rate laws above and figure out which is the best fit.

Now let's figure out the order of the rate law. To review, here are the equations for the three rate laws: Zeroth Order: A = Ao + kt First Order: Age-kt Second Order: + kt %3D A0 Using the last column in the data table above, try to linearize the data according to the rate laws above and figure out which is the best fit.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

100%

3. Now let's figure out the order of the rate law. To review, here are the equations for the three rate laws:
Zeroth Order:
At = Ao + kt
First Order:
At = Age-kt
Second Order:
+ kt
At
Ao
Using the last column in the data table above, try to linearize the data according to the rate laws above and figure out which is the
best fit.
Zeroth Order
First Order
Second Order

Time
Transmittanc
Absorbance
...
(crystal %
%(crysta %
%(crysta
1
100
2
10
99
0.004
3
20
60
0.222
4
30
68
0.168
..
5
40
75
0.125
6
50
79
0.102
7
60
83
0.081
..
8.
70
88
0.056
9
80
92
0.036
10
90
94
0.027
11
100
95
0.022
Absorbance vs Time
0.2
0.15
0.1
0.05
0-
20
40
60
80
100
Time (s)
Absorbance (%)
I

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